Statement A is true. R4 is not part of the circuit since it has one terminal not connected. The other resistors are in series, so the same current flows through them. Hence they will dissipate equal power.
Answer: Planned data redundancy
Explanation: Planned data redundancy is the problem that occurs in the single database where the same data unit gets stored in two different places. Data redundancy can acquire unnecessary space of the database.
Planned data redundancy can effect the processing and make modification of the data difficult. It can also create the corruption in the database .Thus , the definition mentioned in the question of data redundancy.
Answer:
=DSUM(A4:D8, "Unit Cost", A1:B2)
Explanation:
From the list of given options, it's obvious that the question relates to Excel database sum function.
The correct answer among the list of options is:
=DSUM(A4:D8, "Unit Cost", A1:B2)
Where
DSUM represents the function itself
A4:D8 represents the range
"Unit cost" represents the field
and
A1:B2 represents the criteria of the function
Analysing other options:
Option 1: The equality sign (=) before excel formulas is missing
Option 2: Sum is used instead of DSUM and there's a missing bracket before the range
Option 3: There's a missing comma between the range, the field and the criteria
Hence, the last option (4) answers the question.
Answer:
Traditional business plan format
Executive summary. Briefly tell your reader what your company is and why it will be successful. ...
Company description. ...
Market analysis. ...
Organization and management. ...
Service or product line. ...
Marketing and sales. ...
Funding request. ...
Financial projections.
Explanation:
Hope it helps
Answer:
S-curve pattern of innovation.
Explanation:
Based on the information provided with regards to Musccanic Inc.'s microprocessor production cycle, it can be said that this scenario illustrates the S-curve pattern of innovation. This term refers to the slow rise in profits as a product enters a market, then the rapid rise as it hits its maturity stage, and then the decline as it reaches the end of it's life cycle, usually when an updated version is going to be released. Which in this scenario is every 4 years when a new microprocessor is going to be released.
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